The Faux Cottonwood Tree Generates Wind-Powered Electricity With Its Leaves
Alyson Wyers — February 24, 2017 — Eco
References: iastate.edu & springwise
Inspired by mobile phone towers disguised as trees, this arboreal structure generates wind-powered electricity. Developed by Iowa State University researchers, the faux cottonwood tree produces energy when its pretend leaves move.
The biometric 'tree' features thin plastic leaves that release energy when rustled by the wind. The electricity-generating tree would work alongside wind turbines to help power household appliances. Where as the lab version of the tree is on the smaller side, the research team plan for a significantly bigger variation that could create more wind-powered electricity with tens of thousands of leaves. This offers an alternative solution to consumers seeking smaller sustainable energy sources. The scientists are working on a mechanical to electrical conversion to bring the fake tree to market.
The biometric 'tree' features thin plastic leaves that release energy when rustled by the wind. The electricity-generating tree would work alongside wind turbines to help power household appliances. Where as the lab version of the tree is on the smaller side, the research team plan for a significantly bigger variation that could create more wind-powered electricity with tens of thousands of leaves. This offers an alternative solution to consumers seeking smaller sustainable energy sources. The scientists are working on a mechanical to electrical conversion to bring the fake tree to market.
Trend Themes
1. Wind-powered Trees - Creating energy-generating structures that mimic trees by harnessing wind power.
2. Alternative Energy Sources - Developing new ways to satisfy the growing demand for renewable energy that utilizes natural resources.
3. Bio-inspired Technology - Mimicking nature's design to create innovative solutions for sustainable energy production.
Industry Implications
1. Renewable Energy - Increasing the accessibility of sustainable energy with new technologies and alternative sources.
2. Architecture - Incorporating energy-generating structures into building design for a more eco-friendly future.
3. Home Appliances - Providing small-scale, sustainable energy sources for household appliances, reducing reliance on traditional power sources.
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